Show HN: Reverse-Engineering a Switch Lite with 1,917 wires (usoldering.com)

Article summary

The article describes a project to reverse-engineer a Nintendo Switch Lite's logic board by extracting its netlist, which is a list of all the electrical connections between components. The process involved taking high-resolution images of the board, desoldering components, and using a custom-built extractor PCB to map the connections. The project took over a year and $10,000 to complete. The resulting netlist and boardview files are available for download.

Main themes

• Reverse engineering
• PCB analysis
• Netlist extraction
• Electronics hacking
• Open-source hardware

What commenters say

• The project's approach to netlist extraction is innovative, but may not be the most efficient or cost-effective method.
• Automated tools for generating netlists from scanned PCB layers are available, but are often proprietary and expensive.
• The project's use of computer vision and machine learning could be applied to other areas of electronics hacking and reverse engineering.
• The value of the project lies not in the tools themselves, but in the process and data generated, which could be offered as a service or open-sourced.
• The project's goal of improving and iterating on the process is more important than making money from it.
• Crowdfunding could be a viable alternative to traditional funding models for projects like this.
• The availability of young and skilled hackers is not decreasing, but rather, the community is evolving and finding new areas of interest.
• The use of AI and machine learning in electronics hacking and reverse engineering could make the process more accessible, but also raises concerns about the motivations and intentions of the 'teacher' or AI system.